IaaS私有云资源池管理平台的设计与实现

发布时间：2018-06-29 07:57

本文选题：IaaS + 资源池　；参考：《北京邮电大学》2014年硕士论文

【摘要】：目前,企业内部数据中心基础设施的容量正逐步到达扩容的临界点,传统的IT建设由于建设扩容成本高、系统利用率低、建设部署周期长、系统扩展能力差等问题,大大制约了企业IT系统的发展。为了更好地完成IT系统建设,需要从业务角度来考虑IT基础架构,利用云计算技术建设低成本、高可扩展的资源池,提高IT资源自动化管理和部署水平,,提高IT系统的市场响应能力。根据资源池建设的需求,本文为IaaS(Infrastructure as a Service,基础设施即服务)私有云的资源池设计实现了一套管理平台的解决方案。通过抽象各种IT基础设施,根据用户需求动态改变资源分配规模,快速适应不同应用的扩容要求,实现“弹性”资源分配能力。资源池管理平台还能够提供计算资源、存储资源和网络资源的自动化管理能力，，满足私有云资源池建设的需求。本文对资源池管理平台做了详细的设计和实现论述。第一章绪论部分,首先介绍了论文背景和国内外发展状况,之后介绍了项目研究内容和关键技术。第二章从系统功能描述和组成结构上进行需求分析,列出了资源管理服务清单和接口清单。第三章描述了资源池管理平台的总体设计,.包括系统结构视图、功能视图、部署视图等。第四章分别描述了计算资源模块、存储资源模块和网络资源模块的详细设计。第五章从工程实施角度论证了系统实现方案。第六章从功能和性能两个方面对系统进行了测试验证。第七章是作者对于本篇论文的总结,以及对项目未来的展望。
[Abstract]:At present, the capacity of internal data center infrastructure is gradually reaching the critical point of capacity expansion. Traditional IT construction is due to the high cost of construction expansion, low system utilization, long construction deployment period, poor system expansion capacity, etc. Greatly restricted the development of enterprise IT system. In order to achieve better IT system construction, it is necessary to consider IT infrastructure from a business perspective and build a low-cost, highly scalable resource pool using cloud computing technology. Improve IT resource automation management and deployment level, improve IT system market responsiveness. According to the requirements of resource pool construction, this paper designs and implements a management platform solution for the resource pool of IaaS (Infrastructure as a Service) private cloud. By abstracting all kinds of IT infrastructure and changing the scale of resource allocation dynamically according to the needs of users, it can quickly adapt to the capacity expansion requirements of different applications and realize the "elastic" resource allocation ability. The resource pool management platform can also provide automatic management of computing resources, storage resources and network resources to meet the needs of private cloud resource pool construction. This paper discusses the design and implementation of resource pool management platform in detail. The first chapter introduces the background of the paper and the development situation at home and abroad, and then introduces the research content and key technology of the project. In the second chapter, the resource management service list and the interface list are listed from the system function description and composition structure. The third chapter describes the overall design of resource pool management platform. Including system structure view, function view, deployment view and so on. Chapter 4 describes the detailed design of computing resource module, storage resource module and network resource module respectively. The fifth chapter demonstrates the system implementation scheme from the point of view of engineering implementation. Chapter 6 tests the system from two aspects: function and performance. The seventh chapter is the author's summary of this paper, as well as the future of the project.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TP393.07

【参考文献】